Most of it will be converted to heat, via friction.
Energy wasted due to friction is converted mostly to heat.
Mechanical generating heat
friction
friction and air resistance are respectively the amount of force applied involving the dissipation of ENERGY and the oppsition offered to an object when moving in air. so friction and air resistance are not a type of energy but opposing forces .
Most of it will be converted to heat, via friction.
Energy wasted due to friction is converted mostly to heat.
Heat.
Mechanical generating heat
friction
friction and air resistance are respectively the amount of force applied involving the dissipation of ENERGY and the oppsition offered to an object when moving in air. so friction and air resistance are not a type of energy but opposing forces .
The kinetic energy of the object changes into thermal energy.
heat energy
Friction can stop an object in motion eventually. Friction causes drag on the object's motion energy and slows the object down by transferring the energy from one type to another. When the energy which acted on the object to put the object in motion is fully transferred, the object's motion will stop in the direction the motion and friction are applied. An example of this type of friction is the brake on a car. Friction can, however cause the object to change the direction of motion and simply stop affecting the object afterward. An example of this type of friction is the bumper rail of a pool table.
It generates heat (from kinetic energy of the car).
friction
thermal energy.